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Multiple Conductor Cables

Multiple conductor cables consist of several insulated conductors in a common insulating sheath. These cables are extremely useful due to their versatility, with applications such as connecting to a conductor bias, electrical distribution, and powering telecommunications and multimedia systems. One particular type of multiple conductor cable is the C4077A.38.10, which is an Aurora® brand precision coaxial cable designed for applications where a high level of precision is required. This article will discuss the application field and working principles of the C4077A.38.10.

Application Field

The C4077A.38.10 is a precision coaxial cable designed for applications in which a higher level of accuracy is desired. This includes medical diagnostics, laboratory instruments, navigation systems, mining operation machinery, and other areas where precision is a major factor.

The C4077A.38.10 can handle both digital and analog signals, making it suitable for a wide range of applications. The cable is designed with a very low capacitance and dielectric constant to ensure it performs accurately and consistently. The cable is also shielded to ensure that interference does not impact the signal.

The C4077A.38.10 is 98% shielded, ensuring that the transmission will be interference-free. The cable is also designed to be highly flexible and resistant to sudden impacts. This makes it suitable for applications in which the cable will be exposed to a great deal of movement and physical stress.

Working Principle

The working principle of the C4077A.38.10 is as follows. The cable consists of several shielded twisted pairs, each of which is designed to separate the signals in order to maintain their signaled integrity. Each of these shielded twisted pairs is insulated with a polypropylene dielectric, which helps reduce capacitance and improve signal integrity.

The cable is then shielded with a tinned copper braid. The braid acts to eliminate EMI/RFI interference and improve the quality of the signal. The shield is also foil backed for additional protection from interference. The cable is then jacketed with a polyvinyl chloride (PVC) material to protect it from environmental conditions and mechanical stressors such as vibration and flexing.

The design of the C4077A.38.10 has been optimized for maximizing signal integrity. The cable is designed to work with transmission speeds up to 50MHz, which makes it ideal for applications where a high degree of accuracy is required. The cable is also designed with a very low capacitance and dielectric constant to further improve signal quality.

Conclusion

The C4077A.38.10 is a precision coaxial cable designed for applications that require a high level of accuracy and a low level of signal interference. The cable has a low capacitance and dielectric constant, and is shielded to protect against EMI/RFI interference. The cable is also designed to be highly flexible and resistant to sudden impacts, making it suitable for applications requiring a great deal of movement and physical stress.

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